WEBINAR |  FemtoChisel™: Redefining Ultrafast Laser Processing

Tescan MIRA  SEM

 

MIRA
MIRA

Tescan MIRA SEM pairs a FEG Schottky source with integrated SEM imaging and live elemental analysis in a single Essence™ software window, simplifying the acquisition of morphological and compositional data.

MIRA is a practical analytical tool for quality control, failure analysis, and research workflows, offering fast navigation, flexible vacuum modes, and efficient operation across diverse materials.

  • Navigate large samples with Wide Field Optics™ down to 2× magnification

  • Switch imaging conditions instantly using In-Flight Beam Tracing™ and the Intermediate Lens™

  • Collect compositional data directly in the SEM window with Essence™ EDS

  • Work with challenging or non-conductive samples using SingleVac™ or optional MultiVac

  • Increase resolving power with optional in-column SE/BSE detectors and Beam Deceleration Technology

  • Support safe operation with the Essence™ 3D Collision Model for real-time movement awareness

HOW TESCAN MIRA™ ENHANCES SEM WORKFLOWS

FOR RESEARCH, ANALYSIS, AND Sample INSPECTION

Effortless Imaging and Analysis

Easily switch between imaging and EDS analysis within a single live window using Essence™ EDS. This integration simplifies workflows and cuts down the time spent switching between tools.

Expandable Platform for Advanced Techniques

Add detectors for CL, Raman, STEM, EBSD, and WDS as your research evolves. The modular design grows with your needs.

Wide Field Navigation

Start at 2× magnification with Wide Field Optics™ for easy sample navigation. Move quickly from overview to detail without losing context.

Nanometer-Scale Imaging

The Schottky FEG source and optional in-column SE/BSE detectors provide high-resolution imaging for sub-micron characterization.

Fastest Time to Data

In-Flight Beam Tracing™ and Intermediate Lens™deliver optimal imaging and analytical performance, even for SEM newcomers,helping you achieve results faster.

Innovation for Complex Research

Use the Tescan Nanoprototyping Toolbox to transform advanced concepts into practical results.

Confident Handling of Sensitive Samples

Analyze charging or beam-sensitive materials using SingleVac™ and optional MultiVac, minimizing artefacts and preserving sample integrity.

Tescan MIRA Applications

_ Application area icon
Tescan MIRA in Materials Science

High Resolution SEM Imaging and Microanalysis for Diverse Material Analysis

  • Resolve topography and morphology using chamber and in-column SE
  • Assess materials contrast using BSE with high sensitivity
  • Perform compositional checks using fully integrated Essence™ EDS
  • Capture fine features at low kV for powders, nanoparticles, and coatings using Beam Deceleration Technology

Tescan MIRA enables detailed sub-micron analysis of metals, ceramics, polymers, and composites. Its stable FE source, flexible detectors, and unified SEM–EDS workflow support consistent, application-ready data across diverse research needs.

Tescan MIRA in Industrial Inspection & Quality Control

Fast, dependable SEM workflows for routine inspection tasks

  • Inspect polished surfaces, cross-sections, and fractured surfaces
  • Identify defects, inclusions, and contaminants using SE+BSE contrast
  • Perform rapid elemental analysis using Essence™ EDS
  • Use SingleVac™ or MultiVac to handle uncoated or charge-prone samples
MIRA supports QC teams with dependable imaging and compositional analysis, reducing time-to-decision through fast mode switching. This improves consistency across routine inspection tasks.
Tescan MIRA in Failure Analysis & Microelectronics

Sub-micron inspection for device, interconnect, and wafer-level evaluation

  • Image packaging features, wire bonds, and interconnects with high contrast
  • Characterize layered structures using SE, BSE, and in-column detectors
  • Investigate defects, contamination, and electromigration features
  • Navigate quickly across wafers and devices using Wide Field Optics™

MIRA helps semiconductor and electronics teams with examining device faults, structural irregularities, and various inspection tasks. Featuring a stable FEG source, navigation, and integrated analytical tools, it reveals fine geometries and subtle features. This supports reliable assessments throughout device workflows. It simplifies acquiring morphological and elemental data, making it an efficient solution for quality control, failure analysis, and research in microelectronics.

 

 

 

Tescan Imaging Software

Tescan ESSENCE™

Unified Control for Imaging and Analysis

Tescan Essence™ offers a modular interface for MIRA, allowing users to manage imaging, navigation, and microanalysis within a single customizable layout. This adjustable design promotes efficient, consistent workflows for both routine and advanced SEM tasks.

  • Access spectra, elemental maps, and imaging data within a single integrated Essence™ SW control interface

  • Maintain consistent beam performance with In-Flight Beam Tracing™

  • Navigate confidently using the real-time Essence™ 3D Collision Model to protect detectors and samples

Unlocked content

 

Unlock
Tescan insight

leave a contact to access

Get the most out of Tescan

This is more than information; it's an advantage. We've compiled our technical whitepapers, detailed product flyers, and on-demand webinars to provide you with the knowledge that makes a real difference. Sign up now to access the insights you need to make an impact.

Tescan MIRA™

Technical specification

Electron Optics 

Electron Beam Column 

FEG-SEM Column

Electron Source 

Schottky field electron emitter

Electron Beam Resolution

  • 1.2 nm @ 30 kV

  • 1.0 nm @ 30keV (In-Beam SE)

  • 3.5 nm @ 1 keV (In-Beam SE)

  • 1.8 nm @ 1 keV with sample bias (BDT)

Magnification 

2x to 1,000,000x 

Electron Beam Landing Energy Range 

200 eV - 30 keV (< 50 eV with BDT) 

Probe Current 

2 pA – 400 nA (continuosly adjustable) 

Detectors 

Standard Detectors 

  • SE detector (Everhart-Thornley chamber detector)
  • Chamber View (IR) Camera

Optional Detectors* 

  • In-Beam SE detector
  • In-Beam LE-BSE detector
  • R-BSE detector (scintilator type, mot.)
  • LE-BSE detector (low-energy, scintillator type, mot.)
  • 4Q LE-BSE detector (low-energy, solid state, 4 quadrants, mot.)
  • HADF R-STEM (BF, DF, HADF, mot.; holder for up to 8 grids)
  • CL detectors
  • Optical Navigation and Correlation Camera (ONCam)
  • GSD (Gaseous Secondary electron Detector)

Optional Analyzers*

  • Tescan (Dual) Essence EDS (integrated)
  • 3rd party EDS
  • 3rd party EBSD
  • 3rd party WDS
  • Confocal Raman microscope with spectrometer (RISETM)

Accessories 

  • pA meter incl. touch alarm function
  • SingleVac (30+/-10 Pa)
  • Integrated Plasma Cleaner (Decontaminator)*
  • Beam Deceleration Technology (BDT)*
  • Load Lock (manual or motorized)*
  • Stage Extensions and modifications*
Stage & Sample 

Chamber type** 

GM chamber (20+ ports)**  

Stage 

Motorized, 5-axis compucentric stage 

X & Y axis travel range

130 mm 

Z axis travel range 

100 mm 

Rotation 

Compucentric, 360° (continuous) 

Tilt range 

Compucentric, -70° to +90° 

Max. specimen height 

92 mm (133 mm without stage rotation) 

 Max. specimen size

180 mm diameter with full XY moves, rotation, no tilt (larger samples possible with limited stage travel and rotation) 

Maximum specimen weight 

  • 8,000 g (full XYZ moves)
  • 1,000 g (full XYZRT moves)
Vacuum system 

 Pump types

Oil-free

Vacuum options

MultiVac mode (up to 700 Pa (N2 or H2O) 

 *Optional and other detectors, analyzers and accessories available upon request 

 **Different chamber type available upon request  

Electron Optics 

Electron Beam Column 

FEG-SEM Column

Electron Source 

Schottky field electron emitter

Electron Beam Resolution

  • 1.2 nm @ 30 kV

  • 1.0 nm @ 30keV (In-Beam SE)

  • 3.5 nm @ 1 keV (In-Beam SE)

  • 1.8 nm @ 1 keV with sample bias (BDT)

Magnification 

2x to 1,000,000x 

Electron Beam Landing Energy Range 

200 eV - 30 keV (< 50 eV with BDT) 

Probe Current 

2 pA – 400 nA (continuosly adjustable) 

Detectors 

Standard Detectors 

  • SE detector (Everhart-Thornley chamber detector)
  • Chamber View (IR) Camera

Optional Detectors* 

  • In-Beam SE detector
  • In-Beam LE-BSE detector
  • R-BSE detector (scintilator type, mot.)
  • LE-BSE detector (low-energy, scintillator type, mot.)
  • 4Q LE-BSE detector (low-energy, solid state, 4 quadrants, mot.)
  • HADF R-STEM (BF, DF, HADF, mot.; holder for up to 8 grids)
  • CL detectors
  • Optical Navigation and Correlation Camera (ONCam)
  • GSD (Gaseous Secondary electron Detector)

Optional Analyzers*

  • Tescan (Dual) Essence EDS (integrated)
  • 3rd party EDS
  • 3rd party EBSD
  • 3rd party WDS
  • Confocal Raman microscope with spectrometer (RISETM)

Accessories 

  • pA meter incl. touch alarm function
  • SingleVac (30+/-10 Pa)
  • Integrated Plasma Cleaner (Decontaminator)*
  • Beam Deceleration Technology (BDT)*
  • Load Lock (manual or motorized)*
  • Stage Extensions and modifications*
Stage & Sample 

Chamber type** 

GM chamber (20+ ports)**  

Stage 

Motorized, 5-axis compucentric stage 

X & Y axis travel range

130 mm 

Z axis travel range 

100 mm 

Rotation 

Compucentric, 360° (continuous) 

Tilt range 

Compucentric, -70° to +90° 

Max. specimen height 

92 mm (133 mm without stage rotation) 

 Max. specimen size

180 mm diameter with full XY moves, rotation, no tilt (larger samples possible with limited stage travel and rotation) 

Maximum specimen weight 

  • 8,000 g (full XYZ moves)
  • 1,000 g (full XYZRT moves)
Vacuum system 

 Pump types

Oil-free

Vacuum options

MultiVac mode (up to 700 Pa (N2 or H2O) 

 *Optional and other detectors, analyzers and accessories available upon request 

 **Different chamber type available upon request  

MIRA 2

GET IN Touch

with specialist

map

Where can you find us: 

Tescan
Libušina třída 21
623 00 Brno
Czech Republic

130405923 us US 37.09024 -95.712891 25.3575 29.349345 20.67957527 42.082797 39.91384763 -33.693421 13.93320106 3.039986586 31.997988 38.050985 47.579533 30.052597 48.1485965 58.375799 54.663142 19.195447 56.975106 47.916997 50.493053 45.868592 10.79556993 44.35660598 43.2371604 55.536415 14.557577179752773 32.100937 -6.116829 -6.212299277967318 33.600194 -12.08688 23.7104 -33.471062 31.998740087 -23.69149395 43.462349 51.529848 49.1893523 49.197486 25.072375 31.075811 1.299027 40.676979 52.30150662 51.013813 35.684121 37.566531 52.246622 40.581349 39.911632 -26.1811371 41.818215 33.429928

No distributors found.